ubuntu: ifc6410: removed trailing whitespacesubuntu-ifc6410-14.09

Signed-off-by: Nicolas Dechesne <nicolas.dechesne@linaro.org>

1 files changed, 2 insertions, 2 deletions

diff --git a/ubuntu/ifc6410/README.textile.in b/ubuntu/ifc6410/README.textile.in
index e936aa0..abcbe01 100644
--- a/ubuntu/ifc6410/README.textile.in
+++ b/ubuntu/ifc6410/README.textile.in
@@ -65,7 +65,7 @@ bc. gunzip *.img.gz
 
 h4. Managing the proprietary firmware
 
-To properly use this release, a set of proprietary firmware blobs must be acquired separately from "Inforce Techweb website":http://www.inforcecomputing.com/techweb/ as Linaro is not redistributing them in this release. 
+To properly use this release, a set of proprietary firmware blobs must be acquired separately from "Inforce Techweb website":http://www.inforcecomputing.com/techweb/ as Linaro is not redistributing them in this release.
 These firmware blobs are needed for audio, power management, video and graphics support. While it is possible to boot the release without the firmware installed, it is not recommended, as various errors can occur.
 
 For bootloader, kernel and firmware, this release is based on _##INFORCE_VERSION##_, which you need to download from Inforce Techweb. The ZIP file @##INFORCE_FILE##@ includes all the proprietary firmware blobs required to use this Ubuntu-based Linaro build.
@@ -131,7 +131,7 @@ A package called @vidctest@ is released in the Linaro PPA, and can be installed
 bc. sudo apt-get update
 sudo apt-get install vidctest
 
-This aplication provides a sample C code to use the hardware video decoders. Unlike Android where OpenMax APIs are used to instantiate and use video codecs, the Snapdragon Linux Platform is using directly the kernel driver interface, called @vidc@. The test application is using ION to allocate video buffers, and directly controls the video hardware using VIDC @ioctl@. The test application does not render the output video frames, instead the output frames are dumped into a file called @output.yuv@. The output frames contain raw video data, using NV12 tiled format. 
+This aplication provides a sample C code to use the hardware video decoders. Unlike Android where OpenMax APIs are used to instantiate and use video codecs, the Snapdragon Linux Platform is using directly the kernel driver interface, called @vidc@. The test application is using ION to allocate video buffers, and directly controls the video hardware using VIDC @ioctl@. The test application does not render the output video frames, instead the output frames are dumped into a file called @output.yuv@. The output frames contain raw video data, using NV12 tiled format.
 
 The support for this non standard raw video format has been added to Gstreamer 1.4 which is the main reason why Gstreamer 1.4 is the version used in this release. This raw video format is depicted in details "here":http://linuxtv.org/downloads/v4l-dvb-apis/re31.html. You can use Gstreamer to generate a raw video frame test pattern using this format and render in a X11 window. To do so, you first need to install the following packages on the board: